DC1942C

Series:	--
Part Status:	Active
Type:	Power Management
Function:	Battery Monitor
Embedded:	No
Utilized IC / Part:	LTC6804-2
Primary Attributes:	Isolated
Supplied Contents:	Board(s)
Secondary Attributes:	Graphical User Interface
Base Part Number:	LTC6804

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• The DC1942C evaluation board is designed for experiments and debugging of 2-phase brushless DC motor applications.


• It is equipped with the SN74LVC1G59D motor driver, which is integrated with a small-sized, low power, low noise and cost-effective FOC control algorithm.


• The DC1942C is provided with USB connectivity, a complete set of user-friendly features, and a full set of peripherals, such as a potentiometer, a fault protection circuit, and a programming port.


• The board includes a built-in circuit breaker, allowing users to debug their application quickly and easily.


• The DC1942C is an ideal solution for applications that require high speed, high efficiency operation in a low cost package.


• Its powerful but low power consumption motor driver is compatible with TI’s TMS320F28335 digital signal processor, allowing applications to run fast, with optimal performance.


• The DC1942C is also compatible with other analog and digital ICs.

Working Principle

The DC1942C evaluation board works in conjunction with the provided software engineering suite to simulate brushless DC motor control applications. The SN74LVC1G59D motor driver integrated into the board provides an inertial vector control algorithm for motor speed control, and the USB connection allows users to monitor, debug and adjust system parameters.The built-in circuit breaker protects the system and reduces the noise from higher power applications. The DC1942C offers adjustable motor speed, torque, inertia and power consumption settings, which allows users to optimize their systems for higher motor performance or longer system life.The DC1942C features a user-friendly graphical user interface, and includes a variety of peripherals like a potentiometer, a fault protection circuit, and a programming port for connecting the target system. It also includes an onboard voltage regulator which allows the board to operate from an unregulated input source.The onboard processor is also able to monitor the temperature of the motor driver, the voltage at each power stage, and a number of other system variables. This allows the system to safely operate in extreme environments and to prevent potential damage if any parameters exceed a certain threshold.

Conclusion

The DC1942C evaluation board is a powerful and cost-effective solution for experiments and debugging of 2-phase brushless DC motor applications. It includes a user-friendly GUI, a variety of peripherals, and a powerful but low power consuming motor driver. The integrated motor driver provides an inertial vector control algorithm, and the provided software engineering suite allows users to simulate brushless DC motor control applications in real time. The built-in circuit breaker offers protection from higher power applications and reduces system noise, while the onboard voltage regulator allows the board to operate from an unregulated input source. The DC1942C is therefore an ideal solution for any applications that require high speed, high efficiency operation in a low cost package.

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